How the University of Kansas Health System Redefined Excellence In Healthcare Endpoint Security

See how KU Med systematically enhanced their security, reduced complexity, improved efficiencies, and took a more proactive approach to risk management.

Healthcare organizations depend on thousands of endpoints that support clinical care, research, and business operations. Maintaining consistent security across these diverse environments is difficult, particularly when different departments require unique operational requirements.

This case study explores how the University of Kansas Health System modernized its healthcare endpoint security strategy by implementing centralized configuration governance and continuous policy enforcement. The organization gained greater visibility into security standards, reduced management overhead, and established a more consistent security posture across its environment.

What you'll learn

Dig in to the case study to learn how the University of Kansas Health System:

• Standardized endpoint security across diverse healthcare environments
• Improved visibility into security configuration compliance
• Customized security standards for different operational requirements
• Reduced operational complexity through centralized management
• Strengthened healthcare endpoint security without disrupting operations
• Built a more consistent enterprise security posture

Why Healthcare Endpoint Security Matters

Healthcare endpoints support some of the most critical operations in any organization. Clinical workstations, administrative devices, research systems, and shared environments all require strong security while remaining continuously available.

As these environments evolve, manually maintaining secure configurations becomes increasingly difficult. This case study demonstrates how continuous configuration management helps healthcare organizations reduce exposure while supporting the operational realities of patient care.

Strategic Assessment

Many healthcare organizations have mature monitoring capabilities but still struggle to maintain consistent endpoint security as environments change. Configuration drift, operational exceptions, and decentralized administration gradually erode security over time.

Things to Consider After Reading

Sustainable risk reduction comes from continuously applying, validating, and adapting security standards across the entire endpoint estate while accommodating legitimate operational requirements.

As you pursue that goal, we recommend you give thought to the following questions while assessing your capabilities:

Can you verify that security standards remain consistently enforced across every endpoint?

Policies are only valuable if they remain continuously applied as environments evolve.

How are operational exceptions governed?

Healthcare environments require flexibility, but exceptions should remain controlled, visible, and periodically reviewed.

How quickly can configuration drift be detected?

If deviations are only discovered during audits or incidents, unnecessary exposure windows are likely developing.

Does your endpoint security strategy reduce operational effort as environments grow?

Scalable security depends on automation and continuous validation rather than increasing manual administration.

Are you preventing endpoint exposure or primarily responding after security controls have drifted?

The most resilient healthcare environments continuously maintain secure configurations instead of relying solely on detection.